Blue granules
Blue recycled polypropylene granules made from post-production plastic waste, giving production offcuts a new purpose in moulded plastic components.
Enquire about this material+RECYCLED PLASTIC GRANULES
Our products.
A new purpose for plastic.
PP regranulate made from post-production plastic waste. Available in blue, black and grey for businesses manufacturing plastic components.
01 /OUR GRANULES
One material. Three colours.
Ready for your next idea.
Our granules are made from post-production plastic waste and supplied to injection moulding businesses. Explore the colours and talk to us about your requirements.
Black granules
Black recycled polypropylene granules made from post-production plastic waste, giving production offcuts a new purpose in moulded plastic components.
Enquire about this material
Grey granules
Grey recycled polypropylene granules made from post-production plastic waste, giving production offcuts a new purpose in moulded plastic components.
Enquire about this materialThe same recycled material, available in three colours. Contact us to discuss material suitability, order quantities and delivery.
02 /PRODUCT SPECIFICATIONS
Know your material.
PP regranulate from post-production waste, supplied as pellets for injection moulding.
Physical properties
| Material / grade | PP regranulate · PIR grade |
|---|---|
| Pellet size | ~2–4 mm |
| Melt flow index | 47.58 g/10 min |
| Melt flow test conditions | 230 °C / 2.16 kg |
| Average sample density | 0.916 g/cm³ |
The same data sheet and specifications apply to our blue, black and grey granules. All three colours are made from the same recycled polypropylene material.
Test methods & thermal analysis
Test methods
Melt mass-flow rate (MFR): LVS EN ISO 1133-1:2022.
Density: LVS EN ISO 1183-1:2025. Immersion fluid: ethanol (density 0.804 g/cm³). Testing temperature: 22.4 °C.
Differential scanning calorimetry (DSC): 25–300 °C, heating rate 10.0 °C/min, nitrogen atmosphere at 50 ± 5 cm³/min.
DSC results
| Sample mass | 8.00 mg |
|---|---|
| Effect onset temperature | 83.59 °C |
| Effect peak temperature | 167.15 °C |
| Effect end temperature | 178.13 °C |
| Enthalpy | −83.75 J/g |